sg249-20210426T1740-delayed

공공데이터포털

The La Push glider line aims to extend the time series of sustained glider-based measurements off the Washington Coast that begun in 2003. Seaglider and SGX underwater gliders repeatedly occupy a single section that extends offshore from the continental slope to 47N, 127W. Gliders profile from the sea surface to 1000-m depth and back every 6 hours while traversing the line at a speed of roughly 20 km/day. The La Push line is sampled by a single glider, which is replaced as needed to maintain continuous occupation of the section.

sg249-20240411T1936-delayed

공공데이터포털

The La Push glider line aims to extend the time series of sustained glider-based measurements off the Washington Coast that begun in 2003. Seaglider and SGX underwater gliders repeatedly occupy a single section that extends offshore from the continental slope to 47N, 127W. Gliders profile from the sea surface to 1000-m depth and back every 6 hours while traversing the line at a speed of roughly 20 km/day. The La Push line is sampled by a single glider, which is replaced as needed to maintain continuous occupation of the section.

sg249-20220712T1922-delayed

공공데이터포털

The La Push glider line aims to extend the time series of sustained glider-based measurements off the Washington Coast that begun in 2003. Seaglider and SGX underwater gliders repeatedly occupy a single section that extends offshore from the continental slope to 47N, 127W. Gliders profile from the sea surface to 1000-m depth and back every 6 hours while traversing the line at a speed of roughly 20 km/day. The La Push line is sampled by a single glider, which is replaced as needed to maintain continuous occupation of the section.

sg236-20230503T1900-delayed

공공데이터포털

The La Push glider line aims to extend the time series of sustained glider-based measurements off the Washington Coast that begun in 2003. Seaglider and SGX underwater gliders repeatedly occupy a single section that extends offshore from the continental slope to 47N, 127W. Gliders profile from the sea surface to 1000-m depth and back every 6 hours while traversing the line at a speed of roughly 20 km/day. The La Push line is sampled by a single glider, which is replaced as needed to maintain continuous occupation of the section.

sg523-20220419T2001-delayed

공공데이터포털

Physical, biological, and chemical data collected from Seaglider SG523 during SG523 Mission 6 Oahu-Maui deployed on 2023-02-02

sg523-20230202T2002-delayed

공공데이터포털

Physical, biological, and chemical data collected from Seaglider SG523 during SG523 Mission 6 Oahu-Maui deployed on 2023-02-02

sg236-20230601T1854-delayed

공공데이터포털

The La Push glider line aims to extend the time series of sustained glider-based measurements off the Washington Coast that begun in 2003. Seaglider and SGX underwater gliders repeatedly occupy a single section that extends offshore from the continental slope to 47N, 127W. Gliders profile from the sea surface to 1000-m depth and back every 6 hours while traversing the line at a speed of roughly 20 km/day. The La Push line is sampled by a single glider, which is replaced as needed to maintain continuous occupation of the section.

sg263-20241126T1930-delayed

공공데이터포털

The La Push glider line aims to extend the time series of sustained glider-based measurements off the Washington Coast that begun in 2003. Seaglider and SGX underwater gliders repeatedly occupy a single section that extends offshore from the continental slope to 47N, 127W. Gliders profile from the sea surface to 1000-m depth and back every 6 hours while traversing the line at a speed of roughly 20 km/day. The La Push line is sampled by a single glider, which is replaced as needed to maintain continuous occupation of the section.

sg204-20220729T1929-delayed

공공데이터포털

This project aimed to demonstrate long endurance autonomous exploration using multi-robot teams. The project culminated in a 10-day demonstration on the Cascadia margin (Hydrate Ridge) consisting of a Wave Glider tending and providing navigational aiding to a Seaglider using a one-way travel-time inverted ultrashort baseline system (OWTTIUSBL). The system represents a proof-of-concept for ship-less long-range exploration.